首页--医药、卫生论文--内科学论文--传染病论文--获得性免疫缺陷综合征(AIDS艾滋病)论文

HIV整合酶对链转移抑制剂的易感性和耐药性研究以及新型抗整合酶单域抗体的研发

论文摘要第5-14页
REMERCIEMENTS第14-16页
RESUME第16-17页
ABSTRACT第17页
TABLE OF MATERIALS第18-20页
ABBREVIATIONS第20-22页
INTRODUCTION第22-80页
    Ⅰ. Human immunodeficiency virus(HIV)第23-44页
        Ⅰ.1. Identification of HIV第23-24页
        Ⅰ.2. Taxonomy of the retroviruses family第24-25页
        Ⅰ.3. Origins of HIV第25-27页
        Ⅰ.4. Basics of HIV replication第27-31页
        Ⅰ.5. Genomic organization and structure of HIV第31-37页
            Ⅰ.5.1. Genomic organization第31-32页
            Ⅰ.5.2. Structure of HIV第32-37页
        Ⅰ.6. HIV molecular epidemiology and mechanism of genomic diversity第37-44页
            Ⅰ.6.1. HIV molecular epidemiology and circulating recombinant forms第37-40页
            Ⅰ.6.2. Mechanisms of HIV genomic diversity第40-42页
            Ⅰ.6.3. Virus evolution and selection of drug resistance第42-44页
    Ⅱ. HIV integrase and integration第44-55页
        Ⅱ.1. Structure of integrase第44-48页
        Ⅱ.2. Functions of integrase第48-51页
            Ⅱ.2.1. Catalytic activities第48-49页
            Ⅱ.2.2. Noncatalytic activities第49-51页
            Ⅱ.2.3. Kinetics of integrase第51页
        Ⅱ.3. Preintegration complex第51-55页
    Ⅲ. Anti HIV therapy第55-80页
        Ⅲ.1. Overview of current anti-HIV therapy第55-56页
        Ⅲ.2. Antiretroviral drugs第56-75页
            Ⅲ.2.1. Overview of present antiretroviral drugs第56-58页
            Ⅲ.2.2. Nucleoside and nucleotide reverse transcriptase inhibitors(NRTIs)第58-61页
            Ⅲ.2.3. Non-nucleoside reverse transcriptase inhibitors(NNRTIs)第61-63页
            Ⅲ.2.4. Protease inhibitors(PIs)第63-65页
            Ⅲ.2.5. Entry/Fusion inhibitors第65-67页
            Ⅲ.2.6. Integrase inhibitors(INIs)第67-75页
                Ⅲ.2.6.1. Development of integrase strand transfer inhibitors(INSTIs)第68-71页
                Ⅲ.2.6.2. Resistance to INSTIs第71-73页
                Ⅲ.2.6.3. Mechanism of INSTIs inhibition and resistance第73-75页
        Ⅲ.3. The strategy for HIV vaccine第75-77页
        Ⅲ.4. Current challenges of antiretroviral therapy第77-78页
        Ⅲ.5. Proviral latency第78-80页
MOTIVATION AND OBJECTIVE第80-83页
MATERIALS AND METHODS第83-91页
    Ⅰ. Purification of IN and in vitro activity tests第84-91页
        Ⅰ.1. Cloning of IN第84页
        Ⅰ.2. Site-directed mutagenesis第84-85页
        Ⅰ.3. Expression of HIV IN第85-86页
        Ⅰ.4. Purification of HIV IN第86-87页
        Ⅰ.5. In vitro IN enzymatic activity test第87-91页
            Ⅰ.5.1. Activity test using radio-marked oligonucleotides第87-89页
            Ⅰ.5.2. Activity test using static fluorescence anisotropy第89-91页
RESULTS第91-191页
    Ⅰ. Determining the susceptibility of latest integrase strand transfer inhibitors on HIV-1 subtype CRF02_AG in vitro第92-121页
        Ⅰ.1. Introduction第92-93页
        Ⅰ.2. Manuscript第93-119页
        Ⅰ.3. Conclusion第119-121页
    Ⅱ. In vitro catalytic properties and resistance to raltegravir of HIV-2 integrase clinic isolates and site-direct mutants第121-141页
        Ⅱ.1. Introduction第121-123页
        Ⅱ.2. Manuscript第123-134页
        Ⅱ.3. Supplementary results第134-138页
        Ⅱ.4. Conclusion第138-141页
    Ⅲ. Development of anti-HIV-1 integrase camelid simple-domain antibody第141-191页
        Ⅲ.1. General introduction of single domain antibody第141-150页
            Ⅲ.1.1. VH and VHH sequence differences第144-146页
            Ⅲ.1.2. Structure of VHH第146页
            Ⅲ.1.3. Unique features of sdAb第146-148页
            Ⅲ.1.4. Biotechnological application of sdA第148-150页
        Ⅲ.2. Development of camelid single-domain antibody targeting HIV-1 integrase第150-191页
            Ⅲ.2.1. Introduction第150-152页
            Ⅲ.2.2. Materials and methods第152-169页
            Ⅲ.2.3. Results第169-188页
            Ⅲ.2.4. Discussion第188-191页
GENERAL CONCLUSIONS第191-197页
REFERENCES第197-218页

论文共218页,点击 下载论文
上一篇:陕北小流域植被耗水过程及环境因素影响研究
下一篇:Th17及其细胞因子在不同病理特征慢性鼻—鼻窦炎鼻息肉中作用机制的研究